Professional MATLAB source code with comprehensive documentation and examples
Simulation of grid-connected photovoltaic inverters, enabling observation of post-inversion waveforms through Simulink simulation diagrams with implementation insights on control algorithms and power conversion stages.
This algorithm implements Sugeno-based fuzzy control for inverted pendulum systems using MATLAB development, featuring direct execution capability without additional configuration requirements.
This project demonstrates the design and simulation of a dual closed-loop DC drive system for speed and current regulation using SimPowerSystem in Simulink. The implementation features three-phase bridge rectification with adjustable smoothing reacto
Detailed explanation of DMC (Dynamic Matrix Control) algorithm implementation in SIMULINK environment, including parameter configuration and performance evaluation through simulation.
This content provides a comprehensive introduction to the fundamental principles of multiple access technologies—CDMA, FDMA, and TDMA—followed by Simulink block diagram design and simulation experiments using MATLAB 7.0. The implementation includes p
PCM Design Paper: Simulation Design of Pulse Code Modulation - A MATLAB Simulink-based Simulation Design Report featuring implementation methodology, algorithm analysis, and key function descriptions
Simulink Model for DC-DC Power Conversion featuring PWM-based PI Control Algorithm
This is a MATLAB simulation program for dual space vector control of matrix converters, featuring Simulink models and S-functions programmed in M language, designed for power industry research simulations.
Simulation example of PID grid connection control for doubly-fed induction wind turbines, applicable for practical engineering algorithms and research studies. This model demonstrates real-time control implementation with parameter tuning capabilitie
Three-phase dual-loop SVPWM rectifier with optimized waveform quality and adjustable reference parameters, featuring current-vector control implementation and voltage regulation algorithms.
Developing controllers using MATLAB and implementing model-free adaptive control in Simulink block diagrams with code integration details
This MATLAB Simulink Space Vector Pulse Width Modulation (SVPWM) model can be directly copied and simulated in your workspace. The model demonstrates a powerful modulation technique that effectively reduces harmonic distortion, with comparative analy
Implementation of fuzzy control and neural network control strategies for single inverted pendulum systems within Simulink simulation environments. Usage note: For fuzzy controller execution, first import the *.fis file into the MATLAB workspace usin
This program demonstrates the simulation methodology for brushless DC motors, illustrating key implementation steps and performance analysis techniques.
T-S model implementation for single inverted pendulum system featuring LMI-based controller design, including source code ex6.m, fuzzy controller S-function ctrl_ex6.m, and plant model S-function plant_ex6.m with detailed algorithm explanations
Simulink simulation of a single-phase photovoltaic grid-connected power generation system, including photovoltaic cell module, MPPT module, BOOST converter module, and inverter module with implementation details.
This Simulink model demonstrates the implementation and simulation of a Z-source inverter operating without any load, providing a foundation for analyzing its unique voltage-boosting capabilities and harmonic performance.
This project presents a simulation design of a Bluetooth frequency hopping communication system implemented using MATLAB's SIMULINK environment. The system architecture comprises seven key modules: Frequency Hopping Transmission Section, FH-CPM Modul
UWB simulation package developed with Simulink, featuring uwb.mdl: Main UWB model - launch this file to start simulation; uwb_lib.mdl: Component library containing reusable UWB blocks; uwb_init.m: Pre-load initialization script; uwb_settings: Configu
A functional parameter self-adaptive fuzzy PID control implementation with demonstrated effectiveness, featuring algorithm explanations and implementation insights